Disentangling Contributions from Iron & Myelin Architecture to Brain Tissue Magnetic Susceptibility by Using Quantitative Susceptibility Mapping (QSM)

Keywords

accessible according accumulation anatomical anisotropic architecture arrows astounding attribute attributed axons basal became believed bender biophysical brain bulk called coefficient coil combination combined compensation complex complicates computed concentration considerable constant content contentious contrast contrasts contribution contributions corpus cortical currently delineated dependence dependencies dependent depends depicts described determined diamagnetic diseases disentangles disentangling double echoes effective eliminated ended equations exists explained field flirt focal fraction furthermore future ganglia head in vivo inaccurate includes inclusions independent inflammatory input interpretation investigate investigating involve iron laden lesions linear lipid lipids literature loss magnitude mapping maps mark mass materials matrix medical mixture model molecules neck novel nuclei orientation orientations oxford paramagnetic particles particular pathological position post predominantly properties proposed punctuate quantitative recent recently reconstructed related relation relatively repeated resp rotation scanner sclerosis sensitivity slices source specifically specificity square straight studies substantial substantially supporting supposed susceptibility table terms text thoroughly tissue transverse trio utilizing variables variations volume volunteer whereas white